Why Are Velocity-Distance Graphs Not Common?

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In summary, a velocity-position graph is a visual representation of an object's velocity and position over time. The slope of the line represents the velocity, with steeper slopes indicating higher velocities and a horizontal line indicating no movement. A straight line on the graph indicates constant velocity, with the slope representing the magnitude and the direction representing the direction of motion. Position is represented on the vertical axis, with the distance from the origin representing displacement. A velocity-position graph can provide information about an object's speed, direction, changes in velocity, distance traveled, displacement, and overall motion patterns.
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am2010
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There are velocity-time graph and distance-time graphs but how come I don't see any velocity-distance graphs? If you know the velocity of a particle and the distance it travels, you could derive the time it took to get there.

Why don't we see such a graph? Thanks!
 
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Because distance/displacement, velocity, and acceleration are best understood as functions of time.
 

What is a velocity-position graph?

A velocity-position graph is a graphical representation of the relationship between an object's velocity and position over time. It is a visual tool used to analyze an object's motion and understand its speed and direction of movement.

How is velocity represented on a velocity-position graph?

Velocity is represented on a velocity-position graph by the slope of the line. The steeper the slope, the greater the velocity of the object. A horizontal line indicates that the object is not moving.

What does a straight line on a velocity-position graph mean?

A straight line on a velocity-position graph indicates that the object is moving at a constant velocity. The slope of the line represents the magnitude of the velocity, while the direction of the line represents the direction of the motion.

How is position represented on a velocity-position graph?

Position is represented on a velocity-position graph by the vertical axis. The distance from the origin point to a specific point on the graph represents the object's displacement from its starting position.

What can a velocity-position graph tell us about an object's motion?

A velocity-position graph can tell us about an object's speed, direction, and changes in velocity over time. It can also help us determine the distance traveled by the object and its displacement from its starting position. Additionally, it can be used to identify patterns and analyze the overall motion of the object.

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